Skip to main content
. 2022 Sep 10;45(19):3160–3176. doi: 10.1080/09638288.2022.2118869

Table 3.

Overview of characteristics of intervention studies.

Author, year (country) Design & Follow-up time Brief intervention description and comparator (if available) Sample size at recruitment (% follow-up) Physical activity outcome measure(s) used Mean age of residents (SD) Key findings relating to physical activity Level of social–ecological model addressed [1,2]
Arrieta et al., 2018 [58] (Spain) 2 Arm, multicentre RCT; 3- and 6-month follow-up Intervention: Multicomponent exercise program; control group: routine activities offered by study care homes 112 (82%) Accelerometer (Actigraph GT3X) 84.9 (DS 6.9) Increase in LPA (+5.2) and in the number of steps taken + 141). However, this did not reach statistical significance Intrapersonal
Chin et al., 2006 [62] (Netherlands) 4 arm RCT; 6-month follow-up Intervention: Arm 1: Resistance training; Arm 2: Functional-skills training; Arm 3: Resistance training & functional skills training; Control: Group discussion (placebo) 157 (70%) Accelerometer (MTI model 7164); LASA Physical Activity Questionnaire 82 (SD 7.5) No significant difference between the groups on habitual PA as measured over 3 consecutive days; reduction in moderate intensity PA in the intervention group (-12.2 min, 95% CI:-23.8 to 0.7) at 6 months Intrapersonal
Forster et al., 2021 [78] (UK) 2 arm cluster RCT; 3-, 6-, 9-follow-up MoveMore: a whole home intervention involving care home staff designed to encourage and support PA in care home residents 153 (74%) Accelerometer (Actigraph GT3X) 86.4 (SD 7.0) There was no suggestion of a difference between the arms at 9 months, this equates to an average increase in time spent in any intensity of PA of 18 min in the MoveMore arm (10.9% of accelerometer wear time) and 7 min in the UC arm (12.6% of accelerometer wear time) Intrapersonal, interpersonal, organisational,
policy
Galik et al., 2008 [69] (USA) Single group, repeated measures; 6-month follow-up Motivational intervention: the Restorative Care Intervention for the Cognitively Impaired (Res-Care-CI) 46 (not reported) Accelerometer (Actigraph); Physical Activity Survey in Long Term Care (PAS-LTC) 83 (SD 8.8) No overall significant change in PA reported in PAS-LTC (F = 0.931, p = 0.43; significant decrease in PA measured by accelerometer in 35 residents (F = 4.93, p = 0.005) at 6 months. 95% CI not reported. Intrapersonal; interpersonal
Galik et al., 2014 [63] (USA) Cluster RCT (4 clusters); 6-month follow-up Intervention: Function focussed care; Control: Not specified Residents: 103(100%); Nursing assistants: 77 (not given) Accelerometer (Actigraph); Physical Activity Survey in Long Term Care (PAS-LTC) 84 (SD 9.9) Significant improvement over 24 hr in intervention group at 6 months on PAS-LTC: 74.33 mins (SE = 14.75) vs. 126.05 min, p = 0.01. and activity counts: 32 845 (SE = 7221) vs. 86 288 (SE = 26 684), p = 0.05. 95% CI not reported. Intrapersonal; interpersonal; policy; perceived physical environment
Galik et al., 2021 [59] (USA) Cluster RCT (12 clusters); 4-month and 12-month follow-up Intervention: Function and behaviour focussed care (policy and environment assessment, education and training, goal setting, nursing home staff training); control: educational component only of Function and behaviour focussed care intervention 336 (67%) Accelerometer (Actigraph); Physical Activity Survey in Long Term Care (PAS-LTC) 82.6 (SD 10.1) There was a significantly greater increase in time spent in total activity (p = 0.004), moderate activity (p = 0.012), light activity (p = 0.002), and a decrease in resistiveness to care (p = 0.004) in the treatment versus control group at 4 months, but not at 12 months. Intrapersonal; interpersonal; organisational; Policy; perceived physical environment
Grönstedt et al., 2013 [64] (Scandinavia) RCT; 3-month follow-up Intervention: Multicomponent (Goal setting, physical exercise, training in activities of daily living, staff education 322 (83%) Nursing Home Life Space Diameter 85 (SD 7.8) Significant increase in PA level in intervention group over 2-week period (p = 0.038). 95% CI not reported. Intrapersonal
Hurley et al., 2020 [68] (UK) Quasi-experimental feasibility pre-test–post-test; 8 month follow-up Personalised care plan with physical activities tailored for each resident. Report prepared to suggest changes to working practices, and the physical environment to encourage PA 35 (Not given) APA (Assessment of physical activity); PAL (Pool activity checklist) 89 (SD 6.8) Compared to baseline of 3.56, participant’s engagement
with activity increased after intervention to 3.21
(change from baseline − 0.4; 95%CI − 0.72 to − 0.07), but returned to baseline values at 8-months at 3.63 (change − 0.03; 95%CI − 0.35 to 0.29). No data provided on APA
Intrapersonal; interpersonal; organisational; policy; perceived environment
Keogh et al., 2014 [73] (Australia) 2 Group, Quasi-experimental pre-test–post-test; 1-week follow-up Intervention: Exercise games (Nintendo Wii Sports); Control: usual care 34 (76%) Rapid Assessment of Physical Activity Questionnaire 83 (SD 7.0) Significant improvement in self-reported PA in intervention group: p = 0.009, effect size d = 1.19 ± 0.71. 95% CI not reported. Intrapersonal
Koeneman et al., 2017 [76] (Netherlands) Exploratory field study − 2 Group Randomised block design; 3-month follow-up Intervention: Descriptive norm information via devised “news reports” about older people participating in PA and images of older adults engaging in PA. Control group: descriptive norms conveying images and accounts of inactive older adults. 21 ( not given) Self-reported participation in organised PA activities 87 (SD 3.6) In the control group 2 (22%) participants had taken part in one or more PA related activities versus 8 (80%) participants in the experimental group (Fisher’s exact test, p = 0.027, two-sided) Intrapersonal
Liu and Hu, 2015 [70] China 1 Group Quasi-experimental pre-test–post-test; 1-month follow-up Intervention: Multicomponent 6 week Go4Life program (exercise guides, goal setting, daily activities); Control: no control group 39(87%) International Physical Activity Questionnaire 76 (SD 4.2) Significant improvement in PA post-test: 117.21 (SD 53.2) vs. 240.15 (SD 106.96) mins/week: F = 82.93, ==0.01. 95% CI not reported. Intrapersonal
Lobo et al., 2010 [71] (Portugal) 3 arm prospective longitudinal study with experimental design; 15-month follow-up 4 groups; Interventions: Aerobic training (AT) or strength training (ST) or health education (HE); Control: usual care 185(75%) Accelerometer (Actigraph) 78 (SD 6.9) Significant improvement in PA in AT (10 915 ± 7112 counts/hour vs. 17 761 ± 8218 counts/hour, p < 0.5) and ST 10 915 ± 7112 vs. 17, 053 ± 5519, p < 0.5) groups. Improvement in PA in HE group (10 915 ± 7112 vs 13 933 ± 6902) but not significant. 95% CI not reported. Intrapersonal
Mouton et al., 2017 [75] (Belgium) Two arm quasi-experimental 3-month follow-up Intervention: giant exercising board game 21 (81%) ActiGraph GT3X+, Actigraph LLC, Pensacola, FL, USA 86.2 (SD 1.75) In the intervention group, significant increases of 437 (+14.9%, p = 0.04) and 1162 (+39.8%, p = 0.03) steps/day were observed after the intervention and the follow-up period, respectively. Average steps per day in the control group decreased significantly after the intervention (−817, −24.1%, p = 0.02), but not after the follow-up period (−280, −8.3%, p = 0.22). Intrapersonal
Moyle et al., 2018 [67] (Australia) Three-arm cluster RCT. 5, 10, 15 weeks post-intervention Control group: usual care. Intervention group one: Plush toy. Intervention group 2: PARO therapeutic robot 459 (99%) Sensewear Professional 8.0 activity armband (Temple Healthcare, BodyMedia Inc) 86 (7.5) At 10 weeks, the PARO group showed a greater reduction in daytime step count than usual care (p = 0.023), and in night-time step count (p = 0.028) and daytime physical activity (p = 0.026) compared to plush toy group. At post-intervention, the PARO group showed a greater reduction in daytime step count than the plush toy group (p = 0.028), and at night-time compared with both the plush toy group (p = 0.019) and the usual-care group (p = 0.046). The PARO group also had a greater reduction in night-time physical activity than the usual-care group (p = 0.015) Intrapersonal
Nawrat-Szoltysik et al., 2018; Nawrat-Szotysik et al., 2019 [60,61] (Poland) Four-arm RCT. Control group (group 1) received only pharmacological treatment. In the other 3 groups, the same drug therapy was enhanced by a program of modified Sinaki exercises (group 2), Nordic walking (group 3), and Sinaki exercises and Nordic walking applied together (group 4) 91 (91%) Yamax Digi-Walker pedometers (Yamax Health & Sport Inc., San Antonio, USA) 81 ( SD 8.25) Locomotor activity (daily number of steps) improved statistically significantly after intervention in groups 3 (p < 0.000) and 4 (p < 0.000). Intrapersonal
Pomeroy et al., 2011 [72] USA Quasi-experimental repeated measures; 4-month follow-up Intervention: nursing home with optimised person-environment (P-E) fit assessed via the housing enabler instrument; control: non-optimised P-E fit nursing home 29 (93%) Accelerometer (Actigraph); Physical Activity Survey in Long Term Care (PAS-LTC) 87 (SD 6.7) No differences in PA based on PAS-LTC. Non-optimised nursing home had significantly more PA based on activity count (p = 0.003), and step count (p = 0.02). 95% CI not reported. Authors conclude that changing environment alone may not be enough to bring about PA improvements. Perceived environment
Rezola-Pardo et al., 2020 [66] (Spain) Two arm, single-blinded RCT Multicomponent exercise program, walking program 81 (80%) Actigraph GT3X model, Actigraph LLC, Pensacola, FL, USA 84 (SD 9.7) Although both groups showed a trend toward increasing their daily steps (8.7% and 10.9% increases for the multicomponent and walking groups, respectively), the change was not statistically significant. Intrapersonal; interpersonal
Schnelle et al., 2010 [65] (USA) RCT; PA measured at end of 3-month intervention Intervention: exercise, choice of snacks, fluid intake; control: usual care 125 (90%) Wireless movement device (Augmentech) 86 (SD 10.0) Statistically significant increase in PA in intervention group, p < 0.001. 95% CI not reported Intrapersonal
Simmons and Schnelle, 2004 [74] (USA) Pre-test/post-test; 6-month follow-up Intervention: Multicomponent Functional incidental training (prompted toileting, encouragement to walk/wheel, repeat sit-to-stands, goal setting, upper body resistance training, fluid intake) 130 (68%) Accelerometer (CalTrac); observation 88.5 (SD 7.1) Significant improvement in PA in intervention group across both measures of PA, p < 0.01. Intrapersonal

CI: confidence interval; MMSE: mini-mental state exam; PAS-LTC: Physical Activity Survey in Long Term Care; PA: physical activity; RAPA: rapid assessment of physical activity; RCT: randomised controlled trial; SD: standard deviation; SE: standard error.